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Technical Training Narration
LTK14404696648X
The product is a thirty minute technical training narration for Microsoft's 70-642 Configuring Windows Server® 2008 exam. It will accompany a flash presentation produced in house. The talent will need to have a voice that sounds authoritative, without being overly stuffy. The material is intended to be engaging and easy to listen to, in spite of the technical nature of the product. Previous technical knowledge that will prevent stumbling over technical terms and themes is a definite plus, but not required.
This is a great resume builder, producing material for a company that has a fantastic reputation in the technical certification industry. Attached is a short piece of the script for the purposes of audition. Apr 09, 2008 11:09:18 (GMT -05:00) Eastern Time (US & Canada) Apr 09, 2008 16:25:24 (GMT -05:00) Eastern Time (US & Canada) Yes (click here to learn more about
)
Closed - Note: This project was manually closed by the voice seeker before it reached its original deadline.
4
4
0 direct invitation(s) have been sent by the voice seeker resulting in 0 audition(s) and/or proposal(s) so far.
Voice123 SmartCast is seeking 15 auditions and/or proposals for this project (approx.) Invitations sent by SmartCast have resulted in 4 audition(s) and/or proposal(s) so far.
This is a great resume builder, producing material for a company that has a fantastic reputation in the technical certification industry. Attached is a short piece of the script for the purposes of audition. Apr 09, 2008 11:09:18 (GMT -05:00) Eastern Time (US & Canada) Apr 09, 2008 16:25:24 (GMT -05:00) Eastern Time (US & Canada) Yes (click here to learn more about
)
Closed - Note: This project was manually closed by the voice seeker before it reached its original deadline.
4
4
0 direct invitation(s) have been sent by the voice seeker resulting in 0 audition(s) and/or proposal(s) so far.
Voice123 SmartCast is seeking 15 auditions and/or proposals for this project (approx.) Invitations sent by SmartCast have resulted in 4 audition(s) and/or proposal(s) so far.
Project Parameters
None
Low budget - USD $100-$150
Training, business presentations, sales, and web sites
Not defined
English - North American
None
Young Adult Male OR Middle Age Male
• Audio files must be delivered via FTP
• Deliver edited and finished voice tracks
Not defined
This is a non-union project
Script Details
Yes
Full script added:
When we’re talking about a Windows network, we could be referencing a small, home based network or an extraordinarily complex infrastructure with thousands of computers. The beautiful thing about networking in general is that it’s scalable and can be made to adjust for any size organization, assuming you have the time, understanding, and patience.
All networks in I-P version four (that’s internet protocol version four) make use of four octets that comprise thirty two bits of addressable space that is confined into a range of several million addresses that are built into three separate classes---A, B and C.
Class A addresses extend from one to one twenty six. Class B addresses range from one twenty eight to one ninety one, and class C addresses range from one ninety two to two twenty three.
Based on each of these classes, a certain amount of the address is dedicated to the network and a certain amount if dedicated to the host portion of the address. In a class A we reserve the first octet for the network, in Class B we reserve the first and second, and in Class C the first three.
What makes our decision to use a class A, B or C address interesting is that the decision to implement one particular structure limits us in terms of how many hosts we can support in our given organization.
In class A, for instance, we have twenty four bits of available hosting address space. However, in class C, we only have eight bits available.
This is further refined when you think about your network a little bit more. Say, for instance, we had a tremendous class A network with one million users. That’s a lot of people! Partial script added for audition:
When we’re talking about a Windows network, we could be referencing a small, home based network or an extraordinarily complex infrastructure with thousands of computers. The beautiful thing about networking in general is that it’s scalable and can be made to adjust for any size organization, assuming you have the time, understanding, and patience.
All networks in I-P version four (that’s internet protocol version four) make use of four octets that comprise thirty two bits of addressable space that is confined into a range of several million addresses that are built into three separate classes---A, B and C.
Class A addresses extend from one to one twenty six. Class B addresses range from one twenty eight to one ninety one, and class C addresses range from one ninety two to two twenty three.
When we’re talking about a Windows network, we could be referencing a small, home based network or an extraordinarily complex infrastructure with thousands of computers. The beautiful thing about networking in general is that it’s scalable and can be made to adjust for any size organization, assuming you have the time, understanding, and patience.
All networks in I-P version four (that’s internet protocol version four) make use of four octets that comprise thirty two bits of addressable space that is confined into a range of several million addresses that are built into three separate classes---A, B and C.
Class A addresses extend from one to one twenty six. Class B addresses range from one twenty eight to one ninety one, and class C addresses range from one ninety two to two twenty three.
Based on each of these classes, a certain amount of the address is dedicated to the network and a certain amount if dedicated to the host portion of the address. In a class A we reserve the first octet for the network, in Class B we reserve the first and second, and in Class C the first three.
What makes our decision to use a class A, B or C address interesting is that the decision to implement one particular structure limits us in terms of how many hosts we can support in our given organization.
In class A, for instance, we have twenty four bits of available hosting address space. However, in class C, we only have eight bits available.
This is further refined when you think about your network a little bit more. Say, for instance, we had a tremendous class A network with one million users. That’s a lot of people! Partial script added for audition:
When we’re talking about a Windows network, we could be referencing a small, home based network or an extraordinarily complex infrastructure with thousands of computers. The beautiful thing about networking in general is that it’s scalable and can be made to adjust for any size organization, assuming you have the time, understanding, and patience.
All networks in I-P version four (that’s internet protocol version four) make use of four octets that comprise thirty two bits of addressable space that is confined into a range of several million addresses that are built into three separate classes---A, B and C.
Class A addresses extend from one to one twenty six. Class B addresses range from one twenty eight to one ninety one, and class C addresses range from one ninety two to two twenty three.
Please note that you should only use the script or your recording of it for auditioning purposes. The script is property, unless otherwise specified, of the voice seeker and it is protected by international copyright laws.
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